Scientific Computing | Scientific Computing World
WEBHow Wellcome Sanger puts energy efficiency at the heart of its HPC strategy. The Wellcome Sanger Institute’s Nathan Cunningham discusses the importance or sustainability in creating a sustainable research infrastructure by balancing high-performance computing (HPC) needs with energy efficiency.
Creating a roadmap to fault tolerant quantum computing
WEB23 hours ago · Creating a roadmap to fault tolerant quantum computing. Quantinuum recently published an accelerated roadmap to universal, fault-tolerant quantum computing, which the company aims to achieve by 2030. The updated roadmap accelerates the path to commercial quantum computing systems and unveils plans for its fifth-generation quantum computer, Apollo.
D-Wave introduces service-level agreements for Leap quantum …
WEB18 hours ago · D-Wave's cloud service offers 99.9% uptime and availability with subsecond solve times even under heavy customer usage Register with Scientific Computing World and gain unparalleled access to premium content and invaluable resources designed to keep you informed and ahead of the curve. By joining ...
Realising the potential of AI and HPC - Scientific Computing
WEBThe convergence of artificial intelligence (AI) and high-performance computing (HPC) promises to transform the scientific computing landscape, with its potential to enable research groups to tackle challenges that would otherwise have been beyond their capabilities. Over the past decade, we have begun to see AI penetrate nearly all industries ...
Why it’s time to get quantum ready | Scientific Computing World
WEBBy getting ‘quantum ready’ you can be part of shaping a big part of the future of computing in a way that not only boosts your research - but also helps the world’s scientific communities unlock the full potential of quantum computing. Gemma Church is the head of comms at Universal Quantum, a UK quantum hardware company that’s building ...
The future of computational science | Scientific Computing World
WEBThe future of computational science. Computational science has progressed steadily over the past decade. Improvements in computing performance allow us to model much more complex chemical, biological, and materials systems, and to understand increasingly large quantities of data. But these advances require finesse, as well as power.
Quantum Computing: Accelerating the Path to a Sustainable ...
WEBIn conclusion, the path to a sustainable supercomputing future lies in leveraging the strengths of both classical and quantum computers. Quantum computers, with their low energy consumption and exponential computational growth, offer a promising solution to the energy challenges faced by the supercomputing sector.
A quantum leap in computing potential
WEBAdvancing the technology requires larger quantum computers that can be scaled up and integrated with the cloud or existing classical computing systems. Scale is, therefore, of paramount importance in delivering real-world scientific insight. There are many ways to build these systems, depending on the type of technology used.
IBM enhances its cloud services performance and efficiency for AI …
WEB5 days ago · NvidiaH100 on IBM Cloud builds on IBM’s work to support generative AI model training and inferencing. Last year, IBM began making the NvidiaA100 Tensor Core GPUs available to clients through IBM Cloud, giving them immense processing headroom to innovate with AI via our watsonx platform, or as GPUaaS for custom needs.
A quantum leap in processors? | Scientific Computing World
WEBIn December, Google and Nasa announced that for problems involving nearly 1,000 binary variables, ‘quantum annealing’ significantly outperforms a classical computer – more than 10 8 times faster than simulated annealing running on a single core computer. The researchers think they’ve found a quantum algorithm that solves certain ...